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Recent progress in the biosynthesis of dicarboxylic acids, a monomer of biodegradable plastics / 生物工程学报
Chinese Journal of Biotechnology ; (12): 2081-2094, 2023.
Article в Zh | WPRIM | ID: wpr-981191
Ответственная библиотека: WPRO
ABSTRACT
Plastics are one of the most important polymers with huge global demand. However, the downsides of this polymer are that it is difficult to degrade, which causes huge pollution. The environmental-friendly bio-degradable plastics therefore could be an alternative and eventually fulfill the ever-growing demand from every aspect of the society. One of the building blocks of bio-degradable plastics is dicarboxylic acids, which have excellent biodegradability and numerous industrial applications. More importantly, dicarboxylic acid can be biologically synthesized. Herein, this review discusses the recent advance on the biosynthesis routes and metabolic engineering strategies of some of the typical dicarboxylic acids, in hope that it will help to provide inspiration to further efforts on the biosynthesis of dicarboxylic acids.
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Полный текст: 1 База данных: WPRIM Основная тема: Polymers / Biodegradation, Environmental / Dicarboxylic Acids / Metabolic Engineering / Biodegradable Plastics Язык: Zh Журнал: Chinese Journal of Biotechnology Год: 2023 Тип: Article
Полный текст: 1 База данных: WPRIM Основная тема: Polymers / Biodegradation, Environmental / Dicarboxylic Acids / Metabolic Engineering / Biodegradable Plastics Язык: Zh Журнал: Chinese Journal of Biotechnology Год: 2023 Тип: Article